Internet of Things system for flame glass fiber production

A networking system and glass fiber technology, applied in transmission systems, glass manufacturing equipment, general control systems, etc., can solve the problems of low input cost and rarely mentioned Internet of Things systems, and achieve the effect of simple use and normal use.

Inactive Publication Date: 2018-11-27
SUZHOU HONGJIU AVIATION THERMAL MATERIALS TECH CO LTD
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  • Abstract
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  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The kiln control and process of the invention is simple, low input cost, can realize industrial production, has the advantages of stable product quality, improved working environment, environmental protection, and reduced energy consumption, but it does not involve the control system of the Internet of Things
[0009] For

Method used

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  • Internet of Things system for flame glass fiber production

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Embodiment

[0021] refer to figure 1 , is a schematic diagram of the monitoring signal of the flame glass fiber production Internet of Things system, in which 10 is a high-temperature thermometer, 1 is the entrance of the high-temperature furnace, 20 is an online viscometer, 2 is the glass liquid at the alloy drain plate of the high-temperature furnace, and 30 is a horizontal CCD camera, 3 is the flow stream at the drain plate of the high-temperature kiln, 40 is a liquid flow meter, 4 is a glue spraying device, 50 is a vertical CCD camera, 5 is a conveyor belt cotton felt, 60 is a pressure sensor, and 6 is a porous conveyor belt , 70 is the gas flow meter, 7 is the natural gas at the furnace head, 80 is the online speed measuring instrument, and 8 is the rubber roller, which consists of the raw material homogenization Internet of Things subsystem, flame injection Internet of Things subsystem and glue spraying and cotton collection Internet of Things subsystem It is composed of three major...

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Abstract

The invention discloses an Internet of Things system for flame glass fiber production, which is composed of three parts of a material homogenization Internet of Things subsystem, a flame injection Internet of Things subsystem and a glue-spreading collecting cotton Internet of Things subsystem. A signal acquisition module acquires state signals in the material homogenization Internet of Things subsystem, the flame injection Internet of Things subsystem and the glue-spreading collecting cotton Internet of Things subsystem, the signals are transmitted through a signal transmission module connected with the signal acquisition module, the signals are processed by a signal processing module connected with the signal transmission module, the transmitted data information can be subjected to algorithm analysis according to a large database, a regulation instruction is formed, feedback is carried out by an information feedback module, the response adjustment time is shortened, the information feedback module feeds the data information back to the material homogenization Internet of Things subsystem, the flame injection Internet of Things subsystem and the glue-spreading collecting cotton Internet of Things subsystem, and closed-loop automatic control is realized.

Description

technical field [0001] The invention relates to a production Internet of Things system, in particular to a flame glass fiber production Internet of Things system. Background technique [0002] At present, the production methods of glass wool are mainly divided into two categories, namely flame glass wool and centrifugal blowing glass wool. Flame method glass wool, the molten glass is made into glass balls, rods or blocks, which are melted again, then drawn and blown into cotton by flame; centrifugal blowing glass wool is made of molten glass under the action of centrifugal force It is drawn into glass fiber by drawing, and then stretched into glass wool by flame blowing for the second time. Compared with the flame blowing method, the glass wool of the centrifugal blowing method has a larger diameter, a smaller specific surface area, a larger thermal conductivity, and a poor sound absorption coefficient, which cannot meet the application standards of high-end fields, but the...

Claims

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Application Information

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IPC IPC(8): H04L29/08C03B37/06G05B19/418
CPCC03B37/06G05B19/4183G05B19/4186G05B19/41865H04L67/12Y02P90/02
Inventor 叶信立其他发明人请求不公开姓名
Owner SUZHOU HONGJIU AVIATION THERMAL MATERIALS TECH CO LTD
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